Compressor Efficiency And Modern Deicers

Vortech Engineering - Vortron Industrial

Figure 5: Performance map for ultra-efficient compressor stage for new generation, 140 PPM high performance deice applications. Stage attains 81% overall efficiency at 1.9PR, 140PPM airflow...

Figure 5: Performance map for ultra-efficient compressor stage for new generation, 140 PPM high performance deice applications. Stage attains 81% overall efficiency at 1.9PR, 140PPM airflow. Moreover, peak efficiency is attained at the exact operating point of interest.

Vortech Engineering - Vortron Industrial

Figure 4: New generation ultra-efficient deice compressor – 1.9 PR at 140 pound-per-minute rating.

Figure 4: New generation ultra-efficient deice compressor – 1.9 PR at 140 pound-per-minute rating.

Vortech Engineering - Vortron Industrial

Figure 3: Modern centrifugal compressor developed for deicer vehicle application. Unit accepts direct-coupled hydraulic motor drive at 100+ HP Rating, up to 45,000 RPM impeller speed, continuous...

Figure 3: Modern centrifugal compressor developed for deicer vehicle application. Unit accepts direct-coupled hydraulic motor drive at 100+ HP Rating, up to 45,000 RPM impeller speed, continuous duty.

Vortech Engineering - Vortron Industrial

Figure 2: Compressor map of centrifugal compressor. Compressor attains 1.9PR and 100 PPM flow at 76 percent overall efficiency.

Figure 2: Compressor map of centrifugal compressor. Compressor attains 1.9PR and 100 PPM flow at 76 percent overall efficiency.

Vortech Engineering - Vortron Industrial

Figure 1: Compressor map of twin screw positive displacement blower. Blower attains 1.9PR at 100 PPM (36.8m3/min) flow at 54 percent overall efficiency.

Figure 1: Compressor map of twin screw positive displacement blower. Blower attains 1.9PR at 100 PPM (36.8m3/min) flow at 54 percent overall efficiency.